check continuity from the black and white to ground-------you should have NO continuity if you do it is shorted. check the voltage to the motor to be sure it has the rated power to it to operate it

either 240 or 120v whatever the motor runs on or is rated to have

check capacitor if it has onecheck continuity from the black and white to ground-------you should have NO continuity if you do it is shorted. check the voltage to the motor to be sure it has the rated power to it to operate it
either 240 or 120v whatever the motor runs on or is rated to have
check capacitor if it has one

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2. Look at the wires coming from your ceiling fan. The black wire from the ceiling fan is the hot wire that runs the motor and turns the fan blades. The white wire is neutral and completes the fan circuit. The blue wire is the hot wire for the ceiling fan light fixture. The ceiling fan motor does not have a ground wire.

3. Find the short green wire or the green ground screw on your ceiling fan hanging bracket. Attach the bare copper wire from your electrical box to the short green wire by twisting and orange wire connector to the two wires. If you only have a green ground screw, wrap the bare copper wire around this screw and tighten the screw against the bracket to secure the wire.

4. Match the end of the white insulated wire from the ceiling fan to the end of the white wire from your electrical box. Twist a wire connector onto the two wires to complete the neutral circuit.

5. Connect the black insulated wire from the ceiling fan to the black insulated wire from the electrical box. If you do not have a separate toggle switch on the wall to operate the ceiling fan and light separately, grab the blue wire and place it with the black wire from the fan motor and the black insulated wire from the electrical box. Twist a wire connector to all three wires. If you have the additional toggle switch, connect the two black wires together with an orange wire connector, and then match the blue wire and the red wire together. Twist another orange wire connector on the red and blue wires

Check the motor by hand to see if it turns freely, if it does then the issue is the motor controller not being able to sense where the motor is. Check for 240 Volts on the red wires and then check for 24 volts dc between black and blue and black and yellow.

On the bottom of the disposal there is a small red reset switch. Push it in and see if it stays. Turn on switch and see what happens. If it hums or buzzes take a 1/4 inch allen wrench and insert it into opening in the center of the bottom. Turn wrench back and forth while running hot water through disposal to help clear any blockage. Turn on switch on and see if thats helped. Thank you.

If the armature will rotate freely and the bearings are not frozen, then it's probably a bad start capacitor. They are not very expensive compared to a new motor so it might be worth replacing it to see if it's bad.

That noise is typical when the compresor is trying to start but it doesn't , it could be the condensing fan motor that doesn't work and the compresor goes off on overload ; a common problem with this compresors is the relay (mounted at the side of the compresor behind a black plastic cover) goes bad , this you can replace is about $20 , and if still the compresor won't start you will need to put another one and this is an expensive job.

The fan can rotates freely even if there's no power to it(fan probably burn out).You can check if power is going to the fan motor by folowing the two wires fron the motor picking up power from the compresor connections under a black plastic cover on the side of the compresor.If you nave power going to the fan its needs to be replaced.

This is a generic problem with Whirpool refrigerators.The start relay for the compresor(located on the side of the compresor under the black plastic cover) is probably bad ,replace it(about $ 20) with a new one(write down where the wires go) that should solve the problem if not the compresor is bad.

The R150B uses motor #097308-06, has a split phase motor. The secondary windings, which give the armature a jump-start, have gone bad. The motor is not serviceable. Try reddyparts.com - they seem to have the most parts.